——three-dimensional ceramic fiber fabric impregnated with carbonizable resin
When the spacecraft passes through the atmosphere at high speed and undergoes severe friction with the atmosphere, a high temperature of 2000°C will be generated on the surface of the spacecraft. Greatly affected the normal work of astronauts and equipment.
Morgan’s engineers have invented a new type of heat insulation material after a lot of experiments and research. The material uses three-dimensional spun high temperature resistant fabric as the skeleton material, impregnated with carbonizable resin, and dried at room temperature to form a large solid shape. Material. It is then cut into rhomboid or hexagonal slices, which are placed in a high-temperature furnace for heating and carbonization. The carbonized flakes are both light and strong, and the material has a density of 40 kilograms per cubic meter. After surface electroplating treatment, it has become a thermal insulation material with extremely low thermal conductivity and excellent strength.
During the production process of the product, we reserved mounting holes so that it can be easily installed on the surface of the aircraft. The material can be used over and over again, and it is very easy to replace in case of damage. These thermal armors provide astronauts with a comfortable working environment, and we are very proud to have invented this product.
